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4D-Trajectory Conflict Resolution Using Cooperative Coevolution

机译:使用合作协同进化解决4D轨迹冲突

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Conflict resolution becomes a worldwide urgent problem to guarantee the airspace safety. The existing approaches are mostly short-term or middle-term which obtain solutions by local adjustment. 4D-Trajectory conflict resolution (4DTCR), as a long-term method, can give better solutions to all flights in a global view. 4DTCR involved with China air route network and thousands of flight plans is a large and complex problem which is hard to be solved by classical approaches. In this paper, the cooperative coevolution (CC) algorithm with random grouping strategy is presented for its advantage in dealing with large and complex problem. Moreover, a fast Genetic Algorithm (GA) is designed for each subcomponent optimization which is effective and efficient to obtain optimal solution. Experimental studies are conducted to compare it to the genetic algorithm in previous approach and CC algorithm with classic grouping strategy. The results show that our algorithm has a better performance.
机译:解决冲突成为确保空域安全的全球性紧迫问题。现有的方法大部分是短期或中期的,可以通过局部调整获得解决方案。作为一种长期方法,4D轨迹冲突解决方案(4DTCR)可以在全局范围内为所有航班提供更好的解决方案。 4DTCR与中国的航线网络和成千上万的飞行计划有关,是一个大而复杂的问题,传统方法很难解决。本文提出了带有随机分组策略的协同协同进化算法,以其在处理大型和复杂问题上的优势。此外,针对每个子组件优化设计了快速遗传算法(GA),该算法有效且高效地获得了最优解。进行了实验研究,以将其与以前的遗传算法和具有经典分组策略的CC算法进行比较。结果表明,该算法具有较好的性能。

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